Physica C: Superconductivity 1996: Vol 259 Index

17 Pages·1996·4.7 MB·English

PHYSICA (c
ELSEVIER Physica C 259 (1996) 393-396
Author Index to Volume 259
Adachi, S., see Tokiwa- Yamamoto, A., 259, 36 Chevalier, B., see Cassart, M., 259, 385
Adrian, H., see Frank, H., 259, 142 Chimi, Y., see Ishikawa, N., 259, 54
Agliolo Gallitto, A. and M. Li Vigni, Nonlinear effects and Colson, D., see Sacuto, A., 259, 209
anisotropy in YBa,Cu,O, single crystals near 7,, 259, 365 Colson, D., see Vulcanescu, V., 259, 131
Aldica, G., see Badica, P., 259, 92 Cooper, J.R., see Athanassopoulou, N., 259, 326
Alexeev, A.F., see Badica, P., 259, 92 Costabile, G., see Carapella, G., 259, 349
Aligia, A.A., see Lema, F., 259, 287
Araki, H., see Yamasaki, N., 259, 265 Decker, B., see Frank, H., 259, 142
Athanassopoulou, N. and J.R. Cooper, Temperature-dependent De Luca, R., see Carapella, G., 259, 349
anisotropic magnetic penetration depth of oxygen-depleted de Mello, E.V.L., A model for high-temperature superconduc-
YBa,Cu,0,_ 5, 259, 326 tors using the extended Hubbard hamiltonian, 259, 109
Azami, M., A. Kobayashi, T. Matsuura and Y. Kuroda, Charge- Dennis, K.W., see Park, M., 259, 43
fluctuation-mediated superconductivity in the d—p model. Deutscher, G., see Koren, G., 259, 379
Strong-coupling calculation, 259, 227 Diaz-Guerra, C., J. Piqueras and C. Opagiste, Cathodolumines-
cence microscopy of superconducting and non-superconduct-
Badica, P., G. Aldica, A.F. Alexeev, T.Y. Gridasova and V.V. ing Tl,Ba,CuO,, 5 polycrystals, 259, 121
Morozov, Structural modifications of superconducting phases Dong, X.L., see Zhao, B.R., 259, 240
in Bi(Pb)—Sr-Ca—Cu-O system, 259, 92 Dou, S.X., see Liu, H.K., 259, 187
Balagurov, A.M., V.V. Sikolenko, V.G. Simkin, O.E. Parfionov
and S.Sh. Shilshtein, Neutron-diffraction study of YBa, Erb, A., B. Greb and G. Miiller-Vogt, In-situ resistivity mea-
Cu, 7Zno 3064, isotope enriched samples, 259, 173 surements during the oxygenation of YBa,Cu,0,_; and
Batista, C.D., see Lema, F., 259, 287 Gd sYo2Ba,Cu,0,_ 5 single crystals, 259, 83
Ben Salem, E., see Cassart, M., 259, 385 Eriksson, J.-T., see Paasi, J., 259, 10
Berastegui, P., S.-G. Eriksson, L.-G. Johansson, M. Kall, L. Eriksson, J.-T., see Paasi, J., 259, 1
Borjesson, M. Kakihana and H. Mazaki, Pr substitution in Eriksson, S.-G., see Berastegui, P., 259, 97
Y,Ba,Cug, ,Oi44n—-q (n=, 1, 2). Influence on structure
and T,, 259, 97 Fontcuberta, J., see Seffar, A., 259, 75
Berjoan, R., see Seffar, A., 259, 75 Frank, H., J. Lethen, L. Buschmann, B. Decker, J. Wiesener, G.
Bertinotti, A., see Sacuto, A., 259, 209 Wirth, P. Wagner, H. Adrian, P. Lemmens and G.
Bertinotti, A., see Vulcanescu, V., 259, 131 Giintherodt, Dimensional crossover in the pinning of heavy-
Borjesson, L., see Berastegui, P., 259, 97 ion irradiated Bi-2212 films, 259, 142
Brisson-Robin, C., see Cassart, M., 259, 385 Frank, H., see Steegmans, A., 259, 245
Buschmann, L., see Frank, H., 259, 142 Friemel, S., C. Pasquier, Y. Loirat and D. Jérome, Fluctuation
effects in the organic superconductor x-(BEDT-TTF),
Cao, X.W., Y.J. Tang and J.C. Ho, Superconducting 7, and Cu(NCS),, 259, 181
normal-state resistivity in Nd,_ ,Pr,Ba,Cu,0,_ 5 system, Fruchter, L., see Vulcanescu, V., 259, 131
259, 361
Carapella, G., G. Costabile, R. De Luca, S. Pace, A. Polcari and Galaktionov, A.V., Superconductivity stimulation in anisotropic
C. Soriano, Josephson equations for the simplest supercon- superconductors, 259, 222
ducting multilayer system, 259, 349 Goldacker, W., see Lee, H.-G., 259, 69
Cassart, M., J.P. Issi, J. Hejtmanek, C. Brisson-Robin, E. Golubov, A.A. and M.Yu. Kupriyanov, Quasiparticle current in
Ben Salem, B. Chevalier and A. Tressaud, Thermal-conduc- ballistic NcN’S junctions, 259, 27
tivity enhancement in copper oxide compounds, 259, 385 Greb, B., see Erb, A., 259, 83
Chen, H., see Zhao, B.R., 259, 240 Gridasova, T.Y., see Badica, P., 259, 92
Chen, Z.-Y., see Tang, K.-B., 259, 168 Griessen, R., see van Dalen, A.J.J., 259, 157
394 Author Index to Volume 259
Gintherodt, G., see Frank, H., 259, 142 Lee, H.-G., I.-H. Kuk, G.-W. Hong, E.-A. Kim, K.-S. No and
Giintherodt, G., see Steegmans, A., 259, 245 W. Goldacker, Filament-to-filament joining of multi-fila-
Guo, S.Q., see Zhao, B.R., 259, 240 mentary Ag /Bi-2223 superconducting tapes, 259, 69
Lehndorff, B., see Liicke, B., 259, 151
Leibowitz, J.R., On determination of the high-7, pairing sym-
Hejtmanek, J., see Cassart, M., 259, 385
metry by ultrasonics, 259, 304
Hirayama, T., see Nakamura, M., 259, 295
Lema, F., C.D. Batista and A.A. Aligia, Effect of correlated
Ho, J.C., see Cao, X.W., 259, 361
hopping on the superconductivity of the one-dimensional
Hong, G.-W., see Lee, H.-G., 259, 69
t-J model, 259, 287
Horvat, J., see Liu, H.K., 259, 187
Lemmens, P., see Frank, H., 259, 142
Hu, Q.Y., see Liu, H.K., 259, 187
Lenkens, M., see Liicke, B., 259, 151
Hubbard, M.A., M.B. Salamon and B.W. Veal, Fluctuation
Lethen, J., see Frank, H., 259, 142
diamagnetism and mass anisotropy of YBa,Cu,0,,,, 259,
Li, J.W., see Zhao, B.R., 259, 240
309
Li, L., see Zhao, B.R., 259, 240
Huybrechts, B., see Ohara, S., 259, 115
Liu, H.K., J. Horvat, Q.Y. Hu, D.K. Yu and S.X. Dou, Effect of
hot pressing on the weak-link behaviour of Ag clad Bi based
Ihara, N., see Matsushita, T., 259, 321
superconducting tapes, 259, 187
Ikuhara, Y., see Nakamura, M., 259, 295
Li Vigni, M., see Agliolo Gallitto, A., 259, 365
Ikuta, H., see Watauchi, S., 259, 373
Loirat, Y., see Friemel, S., 259, 181
Ishikawa, N., A. Iwase, Y. Chimi, H. Maeta, K. Tsuru and O.
Licke, B., H.-G. Kirschner, B. Lehndorff, M. Lenkens and H.
Michikami, Lattice expansion in EuBa,Cu,O), irradiated
Piel, Levitation force of a stack of epitaxial YBa,Cu,0,_ ;
with energetic ions, 259, 54
films, 259, 151
Issi, J.P., see Cassart, M., 259, 385
Iwase, A., see Ishikawa, N., 259, 54
Maeta, H., see Ishikawa, N., 259, 54
Marucco, J.-F., see Sacuto, A., 259, 209
Jarlborg, T., see Santi, G., 259, 253
Marucco, J.-F., see Vulcanescu, V., 259, 131
Jégoudez, J., see Zagoulaev, S., 259, 271
Matsushita, T., T. Tohdoh and N. Ihara, Effects of inhomoge-
Jérome, D., see Friemel, S., 259, 181
neous flux pinning strength and flux flow on scaling of
Jia, S.L., see Zhao, B.R., 259, 240
current—voltage characteristics in high-temperature super-
Johansson, L.-G., see Berastegui, P., 259, 97
conductors, 259, 321
Junod, A., see Roulin, M., 259, 193
Matsuura, T., see Azami, M., 259, 227
Mazaki, H., see Berastegui, P., 259, 97
Kakihana, M., see Berastegui, P., 259, 97 McCallum, R.W., see Park, M., 259, 43
Kall, M., see Berastegui, P., 259, 97 Michikami, O., see Ishikawa, N., 259, 54
Kim, E.-A., see Lee, H.-G., 259, 69
Mizobuchi, H., see Yamasaki, N., 259, 265
Kim, G.C. and Y.C. Kim, Surface-barrier effect for irreversible Monod, P., see Zagoulaev, S., 259, 271
properties in the grain-aligned HgBa,Ca,Cu,O,, 5 super-
Morozov, V.V., see Badica, P., 259, 92
conductor, 259, 218
Moshchalkov, V.V., see Steegmans, A., 259, 245
Kim, Y.C., see Kim, G.C., 259, 218
Mukhopadhyay, S.M., see Wei, C., 259, 356
Kishio, K., see Watauchi, S., 259, 373
Miller-Vogt, G., see Erb, A., 259, 83
Kobayashi, A., see Azami, M., 259, 227
Koblischka, M.R., Defects in YBa,Cu,0,_ 5 thin films studied
by magneto-optics, 259, 135 Nakamura, M., Y. Yamada, T. Hirayama, Y. Ikuhara, Y. Shio-
Koblischka, M.R., see van Dalen, A.J.J., 259, 157 hara and S. Tanaka, Heat treatment and anomalous peak
Koren, G., E. Polturak and G. Deutscher, Oxygen-controlled effect in J.-H curve at 77 K for NdBa,Cu,0,_ 5; single-
transition from tunnel-like to a weak-link behavior in crystal superconductor, 259, 295
YBa,Cu,0,_;5/YBa,CoCu,0,/YBa,Cu,0,_; wedge- Nakao, M., see Ohara, S., 259, 115
edge junctions, 259, 379 No, K.-S., see Lee, H.-G., 259, 69
Kramer, M.J., see Park, M., 259, 43
Kuk, I.-H., see Lee, H.-G., 259, 69
Obradors, X., see Seffar, A., 259, 75
Kupriyanov, M.Yu., see Golubov, A.A., 259, 27
Ohara, S., M. Nakao, B. Huybrechts, Y. Watanabe and M.
Kuroda, Y., see Azami, M., 259, 227
Takata, Influence of annealing on the superconductivity in
Kirschner, H.-G., see Liicke, B., 259, 151
(Pb,Cu)Sr,(Y,Ca)Cu,0,_ 5 ceramics, 259, 115
Ooi, S., T. Tamegai and T. Shibauchi, Anomalous temperature
Lahtinen, M., see Paasi, J., 259, 1 dependence of the peak effect in iodine-intercalated
Lebon, A., see Sacuto, A., 259, 209 Bi,Sr,CaCu,O, , , single crystals, 259, 280
Le Bras, G., see Vulcanescu, V., 259, 131 Opagiste, C., see Diaz-Guerra, C., 259, 121
Author Index to Volume 259 395
Paasi, J., A. Tuohimaa and J.-T. Eriksson, Simulation of the Tanaka, S., see Nakamura, M., 259, 295
intergranular magnetization of (Bi,Pb),Sr,Ca,Cu,0,9, , su- Tang, K.-B., Y.-T. Qian, Y.-D. Zhao, L. Yang, Z.-Y. Chen and
perconductors by using Josephson junction arrays, 259, 10 Y.-H. Zhang, Synthesis and characterization of a new lay-
Paasi, J., M. Lahtinen, J.-T. Eriksson and M. Polak, Experimen- ered superconducting cuprate: RuSr,(Gd,Ce),Cu,O0., 259,
tal study of the intergranular magnetization of 168
(Bi,Pb), Sr,Ca,Cu,0,,,, superconductors, 259, 1 Tang, Y.J., see Cao, X.W., 259, 361
Pace, S., see Carapella, G., 259, 349 Tatsuki, T., see Tokiwa- Yamamoto, A., 259, 36
Parfionov, O.E., see Balagurov, A.M., 259, 173 Tohdoh, T., see Matsushita, T., 259, 321
Park, M., M.J. Kramer, K.W. Dennis and R.W. McCallum, Tokiwa-Yamamoto, A., T. Tatsuki, X.-J. Wu, S. Adachi and K.
Phase equilibria in the Pr-Ba—Cu—O system under varied Tanabe, Effect of Tl doping on the phase stability of
oxygen partial pressures, 259, 43 Hg,Ba,(Y,Ca),Cu,O,_ superconductors prepared by a
Pasquier, C., see Friemel, S., 259, 181 high-pressure technique, 259, 36
Peraudeau, G., see Seffar, A., 259, 75 Tressaud, A., see Cassart, M., 259, 385
Peter, M., see Santi, G., 259, 253 Tseng, T.-Y., see Wu, C.-J., 259, 61
Piel, H., see Liicke, B., 259, 151 Tsuru, K., see Ishikawa, N., 259, 54
Pifiol, S., see Seffar, A., 259, 75 Tuohimaa, A., see Paasi, J., 259, 10
Piqueras, J., see Diaz-Guerra, C., 259, 121
Polak, M., see Paasi, J., 259, 1 Van Dalen, A.J.J., M.R. Koblischka and R. Griessen, Equiva-
Polcari, A., see Carapella, G., 259, 349 lence of dynamical and conventional magnetic relaxation in
Polturak, E., see Koren, G., 259, 379 high-7, superconductors, 259, 157
Provoost, R., see Steegmans, A., 259, 245 Veal, B.W., see Hubbard, M.A., 259, 309
Viallet, V., see Sacuto, A., 259, 209
Vulcanescu, V., L. Fruchter, A. Bertinotti, D. Colson, G. Le Bras
Qian, Y.-T., see Tang, K.-B., 259, 168
and J.-F. Marucco, Magnetization and anisotropy of a
HgBa,Ca,Cu,0,, 5 single crystal, 259, 131
Roulin, M. and A. Junod, Specific-heat measurements up to 14
T of the high-temperature superconductor (Cay ,La9.)
Wagner, P., see Frank, H., 259, 142
(Ba, 3;La9,;)Cu,0; for different oxygen concentrations,
Watanabe, Y., see Ohara, S., 259, 115
259, 193
Watauchi, S., H. Ikuta, J. Shimoyama and K. Kishio, Observa-
tion of resistivity drops and the vortex phase diagram in
Sacuto, A., A. Lebon, D. Colson, A. Bertinotti, J.-F. Marucco Bi,Sr,CaCu,O,, 259, 373
and V. Viallet, Normal-modes study of HgBa,Ca,Cu,O,, 5 Weger, M., see Santi, G., 259, 253
single crystals by a micro-Raman analysis, 259, 209 Wei, C. and S.M. Mukhopadhyay, Role of halogen dopants in
Salamon, M.B., see Hubbard, M.A., 259, 309 Ag-Y,Ba,Cu,0,_ , composites, 259, 356
Samokhvalov, A.V., Vortex loops entry into type-II supercon- Wiesener, J., see Frank, H., 259, 142
ductors, 259, 337 Wirth, G., see Frank, H., 259, 142
Santi, G., T. Jarlborg, M. Peter and M. Weger, s- and d-wave Wu, C.-J. and T.-Y. Tseng, Vortex response to the ac field in
symmetries of the solutions of the Eliashberg equations, 259, anisotropic high-7, superconductors, 259, 61
253 Wu, F., see Zhao, B.R., 259, 240
Seffar, A., J. Fontcuberta, S. Pifiol, X. Obradors, G. Peraudeau Wu, X.-J., see Tokiwa-Yamamoto, A., 259, 36
and R. Berjoan, Copper deficiency and superconductivity in
Nd,_ ,Ce,CuO, oxides, 259, 75
Xu, B., see Zhao, B.R., 259, 240
Shibauchi, T., see Ooi, S., 259, 280 Xu, Z.Y., see Zhao, B.R., 259, 240
Shilshtein, S.Sh., see Balagurov, A.M., 259, 173
Shimoyama, J., see Watauchi, S., 259, 373
Yakushi, K., see Yamasaki, N., 259, 265
Shiohara, Y., see Nakamura, M., 259, 295
Yamada, Y., see Nakamura, M., 259, 295
Sikolenko, V.V., see Balagurov, A.M., 259, 173
Yamasaki, N., H. Araki, A.A. Zakhidov, H. Mizobuchi, K.
Silverans, R.E., see Steegmans, A., 259, 245
Yakushi and K. Yoshino, A new metastable superconductor
Simkin, V.G., see Balagurov, A.M., 259, 173 Li,Na,N,C., prepared from azides, 259, 265
Soriano, C., see Carapella, G., 259, 349 Yang, L., see Tang, K.-B., 259, 168
Steegmans, A., R. Provoost, V.V. Moshchalkov, H. Frank, G. Yin, B., see Zhao, B.R., 259, 240
Gintherodt and R.E. Silverans, NMR decoration study of the
Yoshino, K., see Yamasaki, N., 259, 265
mixed state in high-7, cuprates, 259, 245 Yu, D.K., see Liu, H.K., 259, 187
Takata, M., see Ohara, S., 259, 115 Zagoulaev, S., P. Monod and J. Jégoudez, Magnetic properties
Tamegai, T., see Ooi, S., 259, 280 of Zn doped La, g;Sro ;;(Cu,_ ,Zn,)O, in the normal state,
Tanabe, K., see Tokiwa-Yamamoto, A., 259, 36 259, 271
396 Author Index to Volume 259
Zakhidov, A.A., see Yamasaki, N., 259, 265 Zhao, L.H., see Zhao, B.R., 259, 240
Zhang, Y.-H., see Tang, K.-B., 259, 168 Zhao, Y.-D., see Tang, K.-B., 259, 168
Zhao, B.R., X.L. Dong, B. Xu, B. Yin, S.Q. Guo, J.W. Li, F. Zhao, Z.X., see Zhao, B.R., 259, 240
Wu, H. Chen, S.L. Jia, L.H. Zhao, Z.Y. Xu, L. Li and Z.X.
Zhao, Magnetization behavior of lightly doped La,CuO,, 5
system, 259, 240
NH,
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Ss PHYSICA (
ELSEVIER Physica C 259 (1996) 397-398
Analytic Subject Index to Volume 259
AC susceptibility of superconductors 61 Electromagnetic field response 365 —of Bi,Sr,CaCu,O, 157
Andreev reflection 27 Electron-phonon coupling 209, 358 -—of HgBa,Ca,Cu,0,, 5 131
Anisotropic superconductor 61 Electron-phonon interaction 253 —of La, g5Sto ,5(Cu,_ ,Zn,)O, 271
Anisotropy Electronic excitation 54 -of YBa,Cu,0,, , 309
-in YBa,Cu,0, 365 Eliashberg equations 253 Melting transition 373
-—of HgBa,Ca,Cu,0,, 5 131 Energy gap 304, 326 Microwave absorption 222
Annealing Mixed state 61, 245, 337
-of (Pb, 5Cug5)Sr,(Yo5Cag 5)Cu,O7_ 5 Fluctuation effects 337 d-p Model 227
115 ~in «-(BEDT-TTF),Cu(NCS), 181 t-j Model 287
Antiferromagnetic order -in YBa,Cu,0,. , 309 Modulated structures 295
—in La, g5Sfo ;5(Cu,Z,n,_ JO , 271 Flux creep 157 Multilayered structures 349
-in La,CuO,, 5 240 Flux distribution
Applications of high-7. superconductors 151 —-in YBa,Cu,0,_, thin films 135 NMR 245
Flux lattice 373 Neutron diffraction
BCS Model 109 —of dimensionality 142 -of (Y, Pr), Ba,Cu,0,,_ , 97
BTK-model 27 Flux pinning 142, 337 -of YBa,Cu,7Zn,0,, , , 173
Bean—Livingston barrier 337 ~in HgBa,Ca,Cu,O,, 5 218 | /N-expansion theory 227
—theory 321 Normal state resistivity
—in Nd,_ ,Pr,Ba,Cu,O,_; 361
Cathodoluminescence
Grain alignment (texturing) 187
-of Tl, Ba,CuO,, 5 121
Granular superconductivity 1, 10 Organic superconductor 181
Charge fluctuation 227
Oxygen diffusion
Coherence length 309
—in Gdo gYo 7 Ba,Cu,0,_ 5 83
Columnar defects 142 Halogen doping
-~in YBa,Cu,0,_; 83
Coulomb interactions 240 —in Ag—Y,Ba,Cu,0,_, 356
Oxygen stoichiometry
Critical current density 157, 187 Hubbard Hamiltonian 109
-in Nd,_ ,Ce,CuO, 75
—in (Bi,Pb),Sr,Ca,Cu,0,5,, |
—in Bi-Pb—Sr—Ca—Cu—O 92 lodine-intercalation 280
Pairing symmetry 304
—of (Bi,Pb),Sr,Ca,Cu,0,,, , 10 Ionic size effect 361
Peak effect
Critical phenomena 309 Irradiation effect
—in Bi,Sr,CaCu,Ox,, , single crystals 280
Current-voltage characteristics ~—in EuBa,Cu,0O, 54
~in NdBa,Cu,0,_ single crystal 295
-of scaling 321 Irreversibility line
Penetration depth 61, 245
—in HgBa,Ca,Cu,0,, 5 218
-in YBa,Cu,0,_ 5 326
Defect structures 54
Phase Diagram 109
-in YBa,Cu,0O,_ ; thin films 135 Josephson effect 10, 349
Phase diagram
Di-wave pairing 253 Josephson junctions 349 -of x-(BEDT-TTF),Cu(NCS), 181
-of Bi,Sr,CaCu,0,, 373
Electrical conductance Lattice symmetry 304 -of Pr-Ba—Cu-O 43
-~in YBa,CoCu,O, 379 Levitation force —of calculation 287
~in YBa,Cu,0O,_; 379 -of YBa,Cu,0,_; 151 Phase separation 295
~in YBa,Cu,0,_ ; 379 -in La,CuO,, 5 240
Electrical resistivity Magnetization Pinning force
-of Bi,Sr,CaCu,O, 373 —in (Bi,Pb),Sr,Ca,Cu,0,,,, 10 ~in YBa,Cu,0,_ 5 151
-of Gdy sY,,Ba,Cu,0,_; 83 —of (Bi,Pb),Sr,Ca,Cu,0,5,, 1 -of scaling 218
-of YBa,Cu,0,_; 83 —of Bi,Sr,CaCu,O,, , single crystals 280 Proximity effect 27
398 Analytic Subject Index to Volume 259
Raman scattering -of RuSr,(Gd,_ ,Ce,)Cu,O0. 168 -—of Nd,_ ,Ce CuO, 75
-on HgBa,Ca,Cu,0g,, 5 single crystals Substitution effect —of Pr-Ba—Cu—O 43
209 -in YBa,7CZnu, , ,0,,,, 173 —of RuSr,(Gd,_ ,Ce,)Cu,O0, 168
Retardation effects 227 Substitution effects 358 |
~in (Hg,_ ,T1,),Ba,Y,_ ,Ca,Cu,O0,_ 5 36
Thermal conductivity 385
~in (Y, Pr),Ba,Cu,0,,_ 4 97
STM 142
Thermoelectric power 385
Scanning electron microscopy 121 Superconducting parameters
Thin films 222
Specific heat -of Li,Na,N,C¢_ 265 —of EuBa,Cu,0, 54
-at T, 193 Surface barrier 218
Type-II superconductors 337
—in magnetic fields 193 Symmetry of the pairing states 227
-of (Ca,La,_,XLBaga 2j547 ,)5Cu_30 5 Synthesis of superconducting tapes 187
Ultrasonic attenuation 304
193 Synthesis
Upper critical field H,,
Spin fluctuations 385 —of (Hg,_ ,Tl,),Ba,Y,_ ,Ca,Cu,0,_ 5 36
-in YBa,Cu,0, 365
Structural phase transition 385 -of (Pby ;Cug5)S;Crag ,5)(Cu,¥O0o7_ 5
-—of HgBa,Ca,Cu,O0,, 5 131
Structure 115
—of (Hg,_ ,Tl,),Ba,Y,_ ,Ca,Cu,O,_ 5 36 -—of Ag /Bi-2223 tape 69
—of (Y, Pr),Ba,Cu,0,,_ 4 97 —of Bi-Pb-Sr—Ca—Cu-O 92 d-Wave superconductor 222, 326
-of Ag-Y,Ba,Cu,0,_ , 356 -of La, g5Sro ;5(Cu, _,Zn,)O, 271 Weak link behaviour 379
—of Bi-Pb—Sr—Ca—Cu-—O 92 -of Li,Na,N,C,o 265 Weak links 187
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PHYSICA
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ELSEVIER Physica C 259 (1996) 399
Materials Index to Volume 259
Ag-Y,Ba,Cu,0,_, (Hg,_ ,T1,),Ba,Y,_ ,Ca,Cu,Og-_ 5 RuSr,(Gd,_ ,Ce, )Cu,O.
—halogen doping 356 —structure 36 an —structure 168
—structure 356 —substitution effects 36 —synthesis 168
Ag/Bi-2223 tape —synthesis 36
—synthesis 69 HgBa,Ca,Cu,0,, 5 single crystals
—raman scattering 209
Scaling
x-(BEDT-TTF),Cu(NCS), HgBa,Ca,Cu,0,, 5 —current-voltage characteristics 321
—fluctuation effects 181 —anisotropy 131 —pinning force 218
—phase diagram 181 —flux pinning 218
Bi-Pb—Sr—Ca—Cu-—O —irreversibility line 218
—critical current density 92 —magnetization 131]
—structure 92 —upper critical field H,, 131 Te
—specific heat 193
—synthesis 92
T1,Ba,CuO,, 5
(Bi,Pb),Sr,Ca,Cu,0j9,,
La) gsSto )5(Cu,_ , Zn, JO, —cathodoluminescence 121
—critical current density |
—antiferromagnetic order 271
—critical current density 10
—magnetization 271
—magnetization |
—synthesis 271
—magnetization 10 YBa,CoCu,0O,
La,CuO,, 5
Bi,Sr,CaCu,0, —electrical conductance 379
—antiferromagnetic order 240
—electrical resistivity 373 YBa,7CZnuy ,30, , ,
~—phase separation 240
—phase diagram 373 —neutron diffraction 173
Li,Na,N Ceo
Bi,Sr,CaCu,O,,, single crystals —substitution effect 173
—superconducting parameters 265
—magnetization 280 YBa,Cu,0,, ,
—synthesis 265
—peak effect 280 —fluctuation effects 309
Bi,Sr,CaCu,O, —magnetization 309
—magnetization 157 Magnetic fields YBa,Cu,0O,
—specific heat 193 —anisotropy 365
—upper critical field H., 365
(Ca, La, _ ,XBaj75~ Lag 254 ,)Cu305
YBa,Cu,0,_ ; thin films
—specific heat 193 Nd,_ ,Pr,Ba,Cu,0,_ ;
—defect structures 135
calculation —normal state resistivity 361
—flux distribution 135
—phase diagram 287 Nd,_ ,Ce,CuO,
YBa,Cu,0,_ 5;
—oxygen stoichiometry 75
—electrical conductance 379
Dimensionality —synthesis 75
—electrical conductance 379
—flux lattice 142 NdBa,Cu,0,_ 5 single crystal
—electrical resistivity 83
—peak effect 295
—levitation force 151
EuBa,Cu,0O,
—oxygen diffusion 83
—irradiation effect 54 (Pb sCug 5 )Sr2(Yo 5Cay 5)Cu,0,_ 5 —penetration depth 326
—thin films 54 —annealing 115 —pinning force 151
—synthesis 115 (Y.Pr), Ba ,Cu50,,_,
Gdo gYo.2Ba,Cu3;0;_ 5 Pr—Ba—Cu-—O —neutron diffraction 97
—electrical resistivity 83 —phase diagram 43 —structure 97
—oxygen diffusion 83 —synthesis 43 —substitution effects 97
PHYSICA &
ELSEVIER Physica C 259 (1996) 400-408
Cumulative Author Index to Volumes 251—259
Abalioshev, A.V., 251, 207 Awaji, S., 251, 255 Bertinotti, A., 259, 131, 209
Abazajian, K., 254, 93 Azami, M., 259, 227 Beyers, R.B., 251, 71
Abbas, F., 254, 137, 291 Bhagwat, K.V., 254, 143
Abraham, R., 255, 113 Batanda, M., 256, 39 Bhattacharya, R.N., 251, 105
Abramov, Yu.A., 254, 189 Badica, P., 259, 92 Bhattacharya, S., 256, 119; 257, 232
Abrikosov, A.A., 258, 53 Baimatov, P.J., 254, 311 Bianconi, A., 251, 383
Adachi, S., 255, 61; 258, 143; 259, 36 Bajorek, A., 256, 39 Bieger, W., 257, 46
Adrian, H., 259, 142 Balagurov, A.M., 259, 173 Bingert, J.F., 253, 182; 255, 275
Agassi, D., 257, 61 Balakrishnan, G., 252, 303; 256, 119 Bingham, B.L., 253, 182
Agliolo Gallitto, A., 259, 365 Balbashev, A.M., 256, 371 Bist, H.D., 253, 121
Akamatsu, M., 253, 102 Baltaga, I.V., 251, 50 Blamire, M.G., 256, 227
Akao, T., 255, 151 Bandyopadhyay, B., 252, 177 Blendell, J.E., 251, 361
Akimenko, A.I., 251, 97 Bandyopadhyay, S.K., 255, 306, 319 Bobrovskii, V., 258, 159
Akimitsu, J., 255, 157, 193 Baquero, R., 257, 160 Bock, A., 256, 168
Akinaga, M., 251, 7 Barabanov, A.F., 252, 308 Bodi, A.C., 252, 22; 253, 115; 258, 137
Alario-Franco, M.A., 254, 233 Baran, M., 254, 124 Boffa, V., 257, 304, 332
Aldica, G., 259, 92 Barat, P., 255, 306, 319 Bohm, M.C., 252, 282
Aldinger, F., 256, 345 Baratov, A.A., 254, 311 Boiko, Ya.V., 251, 207
Alexeev, A.F., 259, 92 Bardo, R.D., 257, 61 Boikov, Ju., 253, 297
Aligia, A.A., 259, 287 Bari, M.A., 256, 227 Bonabeau, E., 256, 365
Alloul, H., 251, 219 Barilo, S.N., 254, 181 Bonn, D.A., 254, 265
Altshuler, E., 252, 295; 255, 76 Barnole, V., 253, 53 Borjesson, L., 259, 97
Alvani, C., 257, 304 Barus, A.M.M., 258, 308 Borri, C.A., 258, 222
Alyoshin, V.A., 255, 173 Basu, A.N., 255, 319 Borz, M., 256, 245; 257, |
Amador, U., 254, 233 Basu, R.N., 251, 165 Bougrine, H., 251, 337; 252, 1
Andersen, N.H., 254, 233; 258, 321 Batista, C.D., 259, 287 Bouquet, V., 258, 21
André, M.-O., 256, 324 Baudenbacher, F., 256, 13, 227 Braun, H.F., 251, 274; 254, 151; 256, 168,
Andreone, A., 251, 379 Bauer, A., 256, 177 393
Andrews, G.W., 252, 229 Bauer, P., 258, 84 Bravman, J.C., 251, 71
Anselmi Tamburini, U., 251, 89; 253, 147 Bauerle, D., 256, 245; 257, 1, 341 Brazdeikis, A., 253, 383
Antipov, E.V., 253, 259, 401; 255, 173; Bauernfeind, L., 254, 151; 256, 168 Bremer, J., 256, 73
256, 1; 257, 117 Beduz, C., 254, 193; 256, 378 Brisson-Robin, C., 259, 385
Arai, M., 257, 264 Bellot, P.-V., 255, 204 Broussard, P.R., 253, 121
Araki, H., 259, 265 Belouet, C., 256, 291 Brown, A., 252, 229
Ardashnikova, E.I., 253, 259 Benacka, S., 253, 39 Brunner, M., 253, 401; 256, 1; 257, 117
Armstrong, A.R., 255, 180 Bennett, L.H., 251, 361 Bruzzese, R., 257, 304, 332
Artemenko, S.N., 253, 373 Benoit, W., 256, 324; 258, 105 Bryntse, I., 251, 115
Asab, A., 255, 180 Ben Salem, E., 259, 385 Buchal, Ch., 253, 63
Asaoka, H., 251, 255 Berastegui, P., 259, 97 Buchgeister, M., 255, 19
Ashkenazy, V.D., 254, 77 Beresovsky, V.M., 252, 308 Bugoslavsky, Yu.V., 257, 284
Asomba, G.C., 258, 30 Berger, H., 254, 88 Buhl, D., 257, 151
Athanassopoulou, N., 259, 326 Berger, R., 258, 84 Bukowski, Z., 254, 331
Attanasio, C., 255, 239 Berghuis, P., 256, 13 Bull, M., 253, 199
Audry, C., 256, 291 Berjoan, R., 259, 75 Buschmann, L., 259, 142
Ausloos, M., 251, 337; 252, 1; 257, 321 Berner, D., 251, 274 Buzdin, A., 256, 303
Cumulative Author Index to Volumes 251—259
Cabeza, O., 253, | Chizawa, H., 256, 253 Denisenko, D.I., 253, 259
Cai, C.B., 254, 318 Cho, B.K., 253, 48 Dennis, K.W., 259, 43
Campa, J.A., 251, 175 Choi, E.-J., 254, 258 De Pascale, T.M., 251, 389
Campbell, A.M., 256, 13, 298 Chou, P.C., 254, 93 De Podesta, M., 253, 199
Caneiro, A., 253, 339 Choughule, D.D., 257, 375 Deutscher, G., 259, 379
Canepa, F., 251, 379 Chow, J.C.L., 258, 253 Dewing, H.L., 251, 165
Canfield, P.C., 253, 48 Chow, T.C., 255, 311 Di Cicco, A., 258, 349
Cantoni, M., 257, 151 Christen, D.K., 252, 125; 253, 109, 357; Dieckmann, N., 256, 168
Cao, X.W., 259, 361 258, 129 Ding, S.Y., 254, 318
Cao, Y., 251, 216; 255, | Christensen, N.E., 258, 360 Divin, Y.Y., 256, 149
Capponi, J.J., 253, 401; 256, 1; 257, 117 Chromik, S., 253, 39 Dobrosavljevié-Gruji¢, L., 258, 331
Carapella, G., 259, 349 Chryssikos, G.D., 254, 44 Doettinger, S.G., 251, 285
Carbotte, J.P., 252, 87 Chu, C.W., 251, 126, 216; 252, 333; 253, Dong, C., 251, 110
Casalta, H., 258, 321 329; 254, 207; 255, | Dong, X.L., 259, 240
Cassart, M., 259, 385 Chun, S.H., 253, 48 Dorosinskii, L.A., 256, 319
Castel, X., 255, 281 Cimberle, M.R., 251, 61 Dosanjh, P., 258, 321
Celasco, M., 252, 375 Ciontea, L., 257, 304 Dou, S.X., 252, 211; 259, 187
Celotti, G., 254, 342 Claeson, T., 253, 297 Doyle, R.A., 256, 13
Chacon, L., 251, 361 Coccorese, C., 255, 239 Dravid, V.P., 255, 247, 257
Chaddah, P., 253, 191; 254, 143, 281; 256, Cohen-Adad, M.Th., 255, 113 Drew, H.D., 254, 258
90 Collin, G., 251, 219 Drzazga, Z., 254, 124
Chadwick, A.V., 253, 147 Colson, D., 259, 131, 209 Duan, H.M., 253, 271
Chaillout, C., 253, 401; 256, 1 Cone, G., 252, 375 Duvigneaud, P.H., 251, 337
Chaklader, A.C.D., 252, 67 Continenza, A., 251, 389 D’yachenko, A.I., 251, 207
Chakoumakos, B.C., 253, 109 Cook, S.L., 252, 229 D’yachkova, T., 258, 159
Chambonnet, D., 256, 291 Coombs, T.A., 256, 298 Dzhumanov, S., 254, 311
Chan, F.T., 253, 329 Cooper, J.R., 259, 326
Chan, W.C., 252, 203 Copetti, C.A., 253, 63 Edwards, P.P., 253, 16; 255, 180
Chandrasekhar Rao, T.V., 256, 119 Costabile, G., 259, 349 Ehmann, A., 251, 238; 256, 177
Chang, G.F., 255, 105 Coulter, J.Y., 253, 182; 255, 275; 256, 358 Elesin, V.F., 257, 53
Chang, H., 251, 126; 252, 333 Cowen, J.A., 251, 183 Elly, J., 251, 171
Char, K., 252, 348 Cuche, E., 256, 324 Emerson, J.P., 252, 237
Che, G.C., 251, 110 Curzon, A.E., 251, 192 Endoh, Y., 253, 135; 257, 264
Cheggour, N., 258, 21 Enomoto, Y., 251, 355; 252, 141; 256, 81
Chen, B., 252, 381 Dabrowski, B., 252, 13 Erb, A., 257, 371; 258, 9; 259, 83
Chen, C., 251, 405; 254, 281 Dahm, T., 253, 334 Eriksson, J.-T., 259, 1, 10
Chen, F., 251, 216 Dallacasa, V., 251, 156 Eriksson, S.-G., 259, 97
Chen, H., 251, 110; 259, 240 Daniel, J., 258, 84 Evetts, J.E., 256, 13, 227
Chen, H.-Y., 255, 147 Dan’ko, N.V., 252, 313
Chen, J.G., 254, 93 D’ Anna, G., 258, 105 Fang, Y., 252, 389
Chen, L., 258, 183 Danyluk, S., 252, 389 Faqir, H., 253, 53
Chen, L.J., 254, 159 Da Silva, E.Z., 257, 173 Faran, O., 255, 329; 258, 373
Chen, X.K., 251, 192 Daum, T., 258, | Fauth, F., 258, 159
Chen, Y., 255, 30 Daumling, M., 257, 371 Feduzi, R., 251, 156
Chen, Y.C., 252, 79 Davis, L.E., 254, 137 Feinberg, D., 256, 303
Chen, Z., 252, 13 Diaz-Guerra, C., 259, 121 Fenner, D.B., 254, 258
Chen, Z.-Y., 259, 168 De, A., 255, 306 Ferdeghini, C., 251, 61
Cheong, S.-W., 257, 167; 258, 169 Deal, E.E., 254, 93 Filoti, G., 251, 238
Cherm, G., 253, 97 Debuigne, J., 255, 281 Finnegan, R.D., 256, 340
Chernoplekov, N.A., 256, 371 Decker, B., 259, 142 Fischer, @., 258, 21
Chesca, B., 256, 261 Decroux, M., 258, 21 Fisher, L.M., 251, 50
Chevalier, B., 259, 385 Degoy, S., 256, 291 Fisher, R.A., 252, 237
Chevrel, R., 258, 21 De la Fuente, G.F., 253, 391 Fisher, S., 254, 193
Chiang, C.K., 251, 361 Deltour, R., 258, 95 Flitcroft, M.L., 255, 65
Chikate, R.C., 257, 375 De Luca, R., 259, 349 Flodstrém, A.S., 253, 383
Chimi, Y., 259, 54 De Mello, E.V.L., 259, 109 Flor, G., 251, 89; 254, 359
Chiodelli, G., 254, 359 Den, T., 255, 37 Flores, L.E., 255, 76
402 Cumulative Author Index to Volumes 251-259
Fliikiger, R., 251, 61; 253, 292; 255, 53, Gibson, J., 251, 216 Heinemann, K., 251, 366
113; 256, 283; 257, 371; 258, 9, , 21 Gilabert, A., 251, 171 Heinz, E., 251, 171
Foley, M., 256, 387 Giraldo, J., 257, 160 Hejtmanek, J., 259, 385
Fontana, F., 251, 379 Gladyshevskii, R.E., 255, 113 Hellebrand, B., 256, 245; 257, |
Fontcuberta, J., 259, 75 Glaser, J., 256, 177 Hellman, E.S., 251, 133
Forro, L., 254, 88 Goerke, F., 251, 247 Hellstrom, E.E., 251, 27; 252, 155; 253, 79;
Fortini, A., 257, 31 Goldacker, W., 259, 69 255, 266
Foster, C., 251, 15 Golubov, A.A., 258, 379; 259, 27 Henggeler, W., 258, 159
Fournier, P., 257, 291 Gonzalez, J.L., 255, 76 Hensel, B., 255, 113
Fox, S., 257, 332 Gopalakrishnan, I.K., 256, 51 Herbsommer, J.A., 258, 169
Francesconi, M.G., 253, 16 Gorbar, E.V., 257, 355 Herbut, I.F., 255, 324
Frank, H., 259, 142, 245 Gordon, J.E., 252, 237 Hermann, A.M., 253, 271; 254, 1
Franse, J.J.M., 251, 7; 257, 179 Goreatchkovski, E., 252, 27 Hervieu, M., 254, 33; 257, 195
Franzen, H.F., 252, 138 Goren, S.D., 252, 177 Herzog, R., 256, 13
Freeman, A.J., 252, 7 Goretta, K.C., 253, 194; 256, 387 Hettinger, J.D., 258, 129
Freltoft, T., 252, 229 Gorlova, I.G., 255, 131 Hewat, A.W., 258, 227
Freyhardt, H.C., 251, 366 Goshchitskii, B., 258, 159 Hewitt, K.C., 251, 192
Friemel, S., 259, 181 Goto, A., 257, 86 Higgins, M.J., 257, 232
Friend, C.M., 252, 107; 258, 213 Grasso, G., 251, 61; 253, 292; 255, 53 Hijar, C.A., 252, 13
Fruchter, L., 259, 131 Gray, K.E., 258, 129 Hill, M.D., 251, 361
Fu, Y.X., 254, 318 Greaves, C., 253, 16 Hinata, K., 256, 142
Fuchs, G., 255, 19 Greb, B., 259, 83 Hirabayashi, I., 256, 64; 258, 365
Fujii, H., 257, 143 Greene, R.L., 254, 175 Hiraga, K., 258, 341
Fujikami, J., 258, 336 Gridasova, T.Y., 259, 92 Hirano, K., 251, 255
Fujimori, H., 252, 275 Griessen, R., 257, 271; 259, 157 Hirano, N., 254, 249
Fujiwara, M., 252, 100 Gritzner, G., 258, 175 Hirano, T., 256, 220
Fukunaga, T., 251, 325 Grivel, J.-C., 256, 283 Hirata, K., 257, 143
Fukuyama, H., 257, 299 Groult, D., 257, 16 Hirayama, T., 259, 295
Funahashi, R., 256, 33 Grovenor, C.R.M., 257, 332 Hiroi, Z., 257, 210
Fung, P.C.W., 255, 136; 256, 95; 258, 253 Grover, A.K., 256, 119 Hitchman, M.L., 252, 229
Furrer, A., 258, 159 Gudimenko, V.A., 251, 97 Hitterman, R.L., 253, 71; 255, 37
Guerrin, L., 251, 219 Ho, J.C., 259, 361
Gabovich, A.M., 258, 236 Guilloux-Viry, M., 255, 281 Hodges, J.P., 253, 16
Gtadezuk, L., 254, 124 Gintherodt, G., 259, 142, 245 Holesinger, T.G., 253, 182
Gaines, J.R., 253, 177 Guo, S.Q., 259, 240 Homes, C.C., 254, 265
Galaktionov, A.V., 259, 222 Guo, Y.F., 251, 337 Hong, G.-W., 255, 95; 259, 69
Gallop, J.C., 254, 137 Gupta, A., 258, 21 Hong, Q., 257, 367
Gamari-Seale, E., 254, 44 Gupta, L.C., 256, 90 Horie, Y., 258, 293
Gameson, I., 253, 16; 255, 180 Gittler, B., 251, 165 Horiuchi, K., 257, 25
Ganesh, K., 253, 89 Gydorffy, B.L., 251, 263 Hormg, H.E., 255, 30; 256, 57
Gangopadhyay, A.K., 252, 199 Horvat, J., 259, 187
Ganguly, R., 256, 51 Hagen, M.R., 256, 387 Hosoya, S., 253, 135; 257, 264
Gao, J., 251, 330; 256, 161 Hallstedt, B., 257, 151 Hossain, Z., 256, 90
Gao, L., 254, 207 Hampshire, D.P., 252, 107; 258, 213 Hou, S.Y., 254, 258
Gapchup, K.M., 257, 375 Han, P.D., 255, 247, 257 Houssa, M., 257, 321
Gardner, J.S., 252, 303 Hanaguri, T., 256, 111 Hu, J., 256, 387
Garg, K.B., 251, 7 Hardy, V., 257, 16 Hu, Q.Y., 252, 211; 259, 187
Gatalskaya, V.I., 254, 181 Hardy, W.N., 254, 265; 258, 321 Huang, M.Q., 258, 183
Gauckler, L.J., 257, 151 Hari Babu, V., 252, 49 Huang, Y.T., 254, 159
Gautier, E., 256, 1 Harlow, R.L., 257, 125 Huang, Z., 253, 254
Genoud, J.-Y., 257, 371; 258, 159 Harris, P., 258, 321 Hubbard, M.A., 259, 309
Geserich, H.P., 251, 274; 256, 168 Hartford Jr., E.H., 251, 133 Hubert, A., 256, 319
Ghigna, P., 251, 89; 253, 147; 254, 359 Hasan, M.K., 252, 173; 254, 323; 258, 72 Huebener, R.P., 251, 285
Ghivelder, L., 251, 175 Hasegawa, M., 258, 341 Hughes, T., 256, 378
Ghosh, A.K., 255, 319 Hayashi, A., 258, 61 Hults, W.L., 255, 275
Ghosh, K., 256, 119 He, Z.H., 251, 126; 254, 207 Hunter, B.A., 253, 71
Giannini, E., 251, 61 Hegde, M.S., 253, 243 Hur, N.H., 253, 109, 351